Pomona Electronics
Pomona Electronics 2249-C-12 BNC Coaxial Cable 12 in Black
BNC male-to-male coaxial cable, 12 in long, 50 Ω impedance, DC to 4 GHz, 500 Vrms rating, -104 to 185 °F operating range, 20 AWG with PE insulation, nickel-plated brass connectors, black
- Color MappingBlack
- MaterialHAWA
- TypeMicrometers
- 12-inch length suits tight bench setups
- BNC male-to-male ends connect test gear directly
- 50 Ω impedance matches standard RF systems
- DC to 4 GHz range covers wide measurement needs
- Nickel-plated brass construction resists corrosion
Application and users
The Pomona 2249-C-12 is a 12 in BNC coaxial cable built for test, measurement and RF signal paths. It suits technicians and engineers who need a short, shielded run between instruments, panels or modules.
Interface limits
The cable carries signals from DC to 4 GHz with a 50 Ohm impedance and is rated to 500 Vrms. Its 20 AWG centre conductor and PE insulation set the practical ceiling for frequency response and voltage handling.
Build and daily use
Nickel-plated brass connectors and a black jacket withstand a temperature range of -104 to 185 degrees Fahrenheit. The male-to-male BNC ends lock securely, so the link stays firm during bench work or rack installation.
Highlights
- 12-inch length suits tight bench setups
- BNC male-to-male ends connect test gear directly
- 50 Ω impedance matches standard RF systems
- DC to 4 GHz range covers wide measurement needs
- Nickel-plated brass construction resists corrosion
Specifications
| Brand | POMONA |
|---|---|
| Color Mapping | Black |
| Material | HAWA |
| Type | Micrometers |
Questions about this item
Should I choose the 12-inch length or a longer BNC cable?
The 12-inch length suits tight bench setups or short rack runs; choose a longer cable only if the devices sit farther apart.
What does the 4 GHz frequency range mean when I connect this cable?
It carries signals cleanly from DC up to 4 GHz, so it handles typical RF, video and test equipment bands without significant loss.
The cable uses BNC connectors — what does the 50-ohm impedance cap in practice?
The 50-ohm impedance matches standard RF gear, preventing reflections up to the rated 4 GHz when both ends are terminated in 50 ohms.
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